The expanding frequency of automation and the expanding integration of humanoid robots into numerous businesses and daily lives have created issues about their cybersecurity flaws. One example of this is the contemporary humanoid Optimus robot developed by Tesla for dangerous and monotonous work. With its combination of artificial intelligence (AI), machine learning (ML), and physical agility, Optimus represents a great advancement in robotics. On the other hand, the possibility of remote hijacking is equally important as the benefits of such sophisticated capabilities.
Remote hijacking is the state where malevolent actors take control of a device without the owner’s knowledge or consent using remote access. Should this happen with Tesla’s Optimus, hackers might be able to manipulate the robot’s actions, leading to catastrophic results in both public and personal spheres. With a special focus on remote hijacking opportunities and the various mitigation steps, this article investigates the cybersecurity issues associated with the Tesla Optimus.